Drill bit Art-Pol SDS+ 6 mm AR48106 for concrete

Art-Pol SDS+ 6 mm AR48106 drill bit is designed for drilling in concrete and masonry. The SDS+ shank ensures reliable engagement with compatible rotary hammer chucks and allows quick, tool-free bit changes. With a 6 mm diameter the bit is suitable for drilling anchor holes, dowel fixing and light mounting tasks in reinforced and non-reinforced concrete as well as brick and block materials.

Advantages

The carbide-tipped cutting head provides improved wear resistance and consistent drilling performance in hard materials. The SDS+ shank design secures the bit in the hammer drill, reducing slippage and allowing efficient transfer of impact energy. The 6 mm diameter offers a balance of accuracy and strength for common anchoring and fixing operations, and the straight flute geometry assists in efficient dust evacuation during drilling.

Suitable for

• Drilling anchor and dowel holes in concrete
• Installing light fixtures, shelves and brackets
• Preparing holes in brick, block and masonry for fasteners
• DIY and professional light-duty concrete drilling tasks

Key specifications

• Diameter: 6 mm
• Shank type: SDS+
• Intended materials: concrete, brick, masonry
• Tip: carbide cutting head for wear resistance
• Application: rotary hammer drilling with impact mode

How to use

Insert the SDS+ shank into the compatible rotary hammer chuck until it locks. Set the drill to rotary hammer mode with impact enabled. Position the bit perpendicular to the work surface and apply steady pressure, allowing the tool's impact action to drive the bit. Periodically withdraw the bit to clear dust from the hole and avoid overheating; for deeper holes remove debris more frequently. After drilling, remove the bit by pulling back the chuck sleeve and replacing or storing the bit as required.

Usage recommendations

Use personal protective equipment including eye protection, hearing protection and dust mask when drilling in concrete. Match bit diameter to recommended anchor or dowel size and avoid side loads or bending forces on the bit to prolong service life.